Claim 1: a method for preventing damage to seeds and / or seeds and leaves caused by pests, characterized in that the method includes treating seeds without sowing, and its components include clotianidine and at least one synthetic pyrethroid or pyrethroid. Claim 2: a method described in Section 1, characterized in that the synthetic pyrethrum is selected from a group consisting of teflucrina, l-cihalotrina, ciflutrina and bifenitrina. Claim 3: the method set out in Section 2,It is characterized by its inclusion in the coating of the seed. Claim 6: a method described in Article 3, which is characterized by the treatment of pyrethroids as well as pyrethroids. Claim 7: a method described in Article 3 characterized by pyrethroids dealing with pyrethroids at other times rather than with lindane. Claim 10: the seed described in Section 9, which is characterized in that the seed is selected from a group consisting of corn, soybean, cotton, rice, sorghum, beet, wheat, barley, rye and sunflower,Tomatoes, sugar cane, tobacco, mattresses and oats. Claim 13: the seed referred to in Article 10 is characterized in that it is a genetically modified seed. Claim 14: a component of an unseeded seed treatment characterized by the presence of clotianidine and at least one synthetic pyrethroid or pyrethroid. Claim 16: a protected multi pest seed, characterized by at least one seed with one plant gene, which encodes the performance of the first pest with active protein, andIts attached components include at least one pyrethroid or synthetic pyrethroids and closinidine, the components of which are effectively present in order to protect the outbreak of plants and leaves from at least the second pests. Claim 17: the seed described in Article 16 is characterized in that at least one hetero gene encodes the expression of insecticidal protein. Claim 18: the seed described in section 17,It is characterized by the fact that the gene originally came from microorganisms and was selected from Bac
